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Brand new interactions and interfaces
Smooth support for design sizes of over 3W
devices or 10W pads
More rigorous design constraints, more
standardized processes
For enterprises, more professional users
Easy to use and quick to get started
The process supports design scales of 300
devices or 1000 pads
Supports simple circuit simulation
For students, teachers, creators
STD Peltier PID Cooling
Mode:
Control a cooling system based on a setpoint temperature and a close loop PID control to power a PWM output
ID | Name | Designator | Footprint | Quantity |
---|---|---|---|---|
1 | RS601A-1010011BB | SW2 | SW-TH_RS601A-1010011BB | 1 |
2 | PELTIER_CONN | 1 | PELTIER_PADS | 1 |
3 | DC-005A-2.5A-1.65 | DC1 | DC-IN-TH_DC-005A-25A | 1 |
4 | KY040 Encoder Pads | U2 | KY040 ENCODER PADS | 1 |
5 | I2C | IC1 | I2C-DIP | 1 |
6 | IRFZ44N | Q1 | MOSFET_FLAT | 1 |
7 | DS18B20 | U5 | TO-92-3_L4.9-W3.7-P1.27-L | 1 |
8 | 4K7 | R1 | AXIAL-0.3 | 1 |
9 | 1K | R2 | AXIAL-0.3 | 1 |
10 | Arduino_Nano_Header | J1 | DIP-30_L43.18-W15.24-ARDUINONANO | 1 |
11 | fan_12v | U1 | 12V FAN | 1 |
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